2010 HONDA ELEMENT engine

Recommended Shift Points
Drive in the highest gear that lets the
engine run and accelerate smoothly.
This will give you good fuel economy
and effective emissions control. The
following shift points arerecommended:Shift up Normal acceleration
1st to 2nd
2nd to 3rd
3rd to 4th4th to 5th 15 mph (24 km/h)
25 mph (40 km/h)
40 mph (64 km/h)
48 mph (77 km/h) Engine Speed Limiter
If you exceed the maximum speed
for the gear you are in, the engine
speed will enter into the
tachometer's red zone. If this occurs,
you may feel the engine cut in and
out. This is caused by a limiter in the
engine's computer controls. The
engine will run normally when you
reduce the rpm below the red zone.
The engine speed limiter only works
when you upshift; engine speed is
not limited during downshifts. Before
downshifting, make sure the engine
will not go into the tachometer's redzone.
Manual Transmission
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Shift Lever Position Indicators
These indicators on the instrument
panel show which position the shift
lever is in. The‘‘D ’’indicator comes on for a few
seconds when you turn the ignition
switch to the ON (II) position. If it
flashes while driving (in any shift
position), it indicates a possible
problem in the transmission. Avoid
rapid acceleration, and have the
transmission checked by your dealer
as soon as possible. ShiftingTo shift from any position, press
firmly on the brake pedal, push the
release button, and pull the lever
toward you. You cannot shift out of
Park when the ignition switch is in
the LOCK (0) or ACCESSORY (I)position.
To shift from: Do this:
PtoR Press the brake pedal, and
press the shift lever releasebutton.
RtoP
Press the shift lever releasebutton.
NtoR
Dto2 2to1
1to2
Move the shift lever.
2toD
DtoN
NtoD RtoN
D3 to D Press the D3
button.
DtoD3
Park (P) －This position
mechanically locks the transmission.
Use Park whenever you are turning
off or starting the engine. To shift out
of Park, you must press on the brake
pedal and press the release button on
the shift lever. Make sure your foot is
off the accelerator pedal.
RELEASE BUTTON
D3 BUTTON SHIFT LEVER
CONTINUED
Automatic Transmission
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If you have done all of the above and
still cannot move the lever out of
Park, seeShift Lock Release on
page 221.
To avoid transmission damage, come
to a complete stop before shifting
into Park. You must also press the
release button to shift into Park. The
shift lever must be in Park before
you can remove the key from the
ignition switch.
Reverse (R) －Press the brake
pedal and press the release button to
shift from Park to reverse. To shift
from reverse to neutral, come to a
complete stop, and then shift. Neutral (N)
－Use neutral if you
need to restart a stalled engine, or if
it is necessary to stop briefly with the
engine idling. Shift to the Park
position if you need to leave your
vehicle for any reason. Press on the
brake pedal when you are moving
the shift lever from neutral to
another gear. Drive (D)
－Use this position for
your normal driving. The
transmission automatically selects a
suitable gear (1 through 5) for your
speed and acceleration. You may
notice the transmission shifting up at
higher engine speeds when the
engine is cold. This helps the engine
warm up faster.
Drive (D3) －To use D3, press the
D3 button when the shift lever is in the ‘‘D ’’position. This position is
similar to D, except only the first
three gears are selected instead of all
five. Use D3 when towing a trailer in
hilly terrain, or to provide engine
braking when going down a steep
hill. D3 can also keep the
transmission from cycling between
third and fourth gears in stop-and-godriving.
Automatic Transmission
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Second (2)－This position locks
the transmission in second gear. It
does not downshift to first gear when
you come to a stop.
Use second gear:
● For more power when climbing.
● To increase engine braking when
going down steep hills.
● For starting out on a slippery
surface or in deep snow.
● To help reduce wheel spin.
● When driving downhill with a trailer. First (1)
－This position locks the
transmission in first gear. By
upshifting and downshifting through
1, 2, D3, and D, you can operate the
transmission much like a manual
transmission without a clutch pedal.
Engine Speed Limiter
If you exceed the maximum speed
for the gear you are in, the engine
speed will enter into the
tachometer's red zone. If this occurs,
you may feel the engine cut in and
out. This is caused by a limiter in the
engine's computer controls. The
engine will run normally when you
reduce the rpm below the red zone. Shift Lock Release
This allows you to move the shift
lever out of Park if the normal
method of pushing on the brake
pedal and pressing the release button
does not work.
1. Set the parking brake.
2. Remove the key from the ignition
switch.
CONTINUED
Automatic Transmission
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3. Put a cloth on the edge of the shiftlock release slot cover next to the
shift lever. Using a flat-tip
screwdriver, carefully pry on the
edge of the cover to remove it.4. Insert the key in the shift lockrelease slot.
5. Push down on the key while you press the release button on the
shift lever and move the shift lever
out of Park to neutral. 6. Remove the key from the shift lock
release slot, then reinstall the
cover. Make sure the notch on the
cover is on the right side. Press
the brake pedal, and restart the engine.
If you need to use the shift lock
release, it means your vehicle is
developing a problem. Have it
checked by your dealer.
COVER
SHIFT LOCK RELEASE SLOT
Automatic Transmission
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Your vehicle is equipped with disc
brakes at all four wheels. A power
assist helps reduce the effort needed
on the brake pedal. The emergency
brake assist system increases the
stopping force when you depress the
brake pedal hard in an emergency
situation. The anti-lock brake system
(ABS) helps you retain steering
control when braking very hard.
Resting your foot on the pedal keeps
the brakes applied lightly, builds up
heat, reduces their effectiveness and
reduces brake pad life. In addition,
fuel economy can be reduced. It also
keeps your brake lights on all the
time, confusing drivers behind you.Constant application of the brakes
when going down a long hill builds
up heat and reduces their
effectiveness. Use the engine to
assist the brakes by taking your foot
off the accelerator and downshifting
to a lower gear.
Check your brakes after driving
through deep water. Apply the
brakes moderately to see if they feel
normal. If not, apply them gently and
frequently until they do. Be extra
cautious and alert in your driving.
Braking System Design
The hydraulic system that operates
the brakes has two separate circuits.
Each circuit works diagonally across
the vehicle (the left-front brake is
connected with the right-rear brake,
etc.). If one circuit should develop a
problem, you will still have braking
at two wheels.
Braking System
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Your vehicle is equipped with a tire
pressure monitoring system (TPMS)
that turns on every time you start the
engine and monitors the pressure in
your tires while driving.
Each tire has its own pressure sensor
(not including the spare tire). If the
air pressure of a tire becomes
significantly low, the sensor in that
tire immediately sends a signal that
causes the low tire pressure indicator
to come on.Low Tire Pressure Indicator
When the low tire pressure indicator
is on, one or more of your tires is
significantly underinflated. You
should stop and check your tires as
soon as possible, and inflate them to
the proper pressure as indicated on
the vehicle's tire information placard.
If you think you can safely drive a
short distance to a service station,
proceed slowly, and inflate the tire to
the recommended pressure shown
on the driver's doorjamb.
If the tire is flat, or if the tire pressure
is too low to continue driving, replace
the tire with the compact spare tire
(see page 282). If you cannot make the low tire
pressure indicator go out after
inflating the tires to the specified
values, have your dealer check the
system as soon as possible.
Driving on a significantly
underinflated tire causes the tire to
overheat and can lead to tire failure.
Underinflation also reduces fuel
efficiency and tire tread life, and may
affect the vehicle's handling and
stopping ability.
Because tire pressure varies by
temperature and other conditions,
the low tire pressure indicator may
come on unexpectedly.
CONTINUED
Tire Pressure Monitoring System (TPMS)
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The vehicle stability assist (VSA)
system helps to stabilize the vehicle
during cornering if the vehicle turns
more or less than desired. It also
assists you in maintaining traction
while accelerating on loose or
slippery road surfaces. It does this by
regulating the engine's output and by
selectively applying the brakes.
When VSA activates, you may notice
that the engine does not respond to
the accelerator in the same way it
does at other times. You will also see
the VSA system indicator blink.
The VSA system cannot enhance the
vehicle's driving stability in all
situations and does not control your
vehicle's entire braking system. It is
still your responsibility to drive and
corner at reasonable speeds and to
leave a sufficient margin of safety.VSA OFF Indicator
When VSA is off, the VSA OFF
indicator comes on as a reminder.
Vehicle Stability Assist
(VSA) System Indicator
When VSA activates, you will see the
VSA system indicator blink.
If this indicator comes on while
driving, pull to the side of the road
when it is safe, and turn off the
engine. Reset the system by
restarting the engine. If the VSA
system indicator stays on or comes
back on while driving, have the VSA
system inspected by your dealer. NOTE: The main function of the VSA
system is generally known as
Electronic Stability Control (ESC).
The system also includes a traction
control function. If the indicator does not come on
when the ignition switch is turned to
the ON (II) position, there may be a
problem with the VSA system. Have
your dealer inspect your vehicle as
soon as possible.
Without VSA, your vehicle will have
normal braking and cornering ability,
but it will not have VSA traction and
stability enhancement.
Vehicle Stability Assist (VSA®), aka Electronic Stability Control (ESC), System
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